PULSE POWER CONTROLLER SPIK1000A
  • SPIK 1000A is not only a pulse power controller,
    but also a good pulse power generator
  • Any DC power supply with floating DC
    output can be the input of SPIK 1000A .

Main concept




  • SPIK1000A was developed for the plasma
    and surface technologies.
  • The device consists of two capacitor blocks
    and a H-bridge power transistor block which
    can be controlled or by a timer(IC) or by
    a foreign Arbitrary Wave Form Generator.
  • The DC sources supply the energy and the
    SPIK1000A outputs the pulse power.
 SPIK 2000A
PDFBrochure SPIK 1000A.pdf

Type

  • A-03
  • A-06
  • A-10
  • A-20

DC (kW)

  • 03
  • 06
  • 10
  • 20

DC pulsed power (kW)

  • 30
  • 60
  • 100
  • 200

All models feature

  • 0-50kHz pulse frequency range
  • DC positive mode
  • DC negative mode
  • Unipolar positive
  • Unipolar negative
  • Bipolar
  • Symmetric and Asymmetric operation
  • Flexible (also modulated) pulse train
    generation with almost unlimited features
    using Arbitrary Function Generator

General Features:




  • Frequency up to 50 kHz
  • Highest plasma density
  • Independent free-adjustable ON and OFF time control factors
  • Quick arc detection and suppression less than 2 µs
  • Versatile operation modes DC+, DC-,UP+,UP-, BP

The SPIK1000A

SPIK 1000A pulse power controller is capable of operating with any DC power supply with floating outputs to upgrade your current averaged DC technology easily to the state-of-the-art pulse power control technology. SPIK 1000A provides you the most stable pulsed voltage and current output waveforms by means of the flexible pulse control parameters to meet your versatile applications. SPIK 1000A is easily hand controlled via hardware front panel. An Arbitrary Waveform Generator (AWFG) can also be used for user defined pulse waveform generation. The “USER INTERFACE” allows for minimal unit control with external digital signals. The quick arc-level control function with arc suppression time less than 2 µs ensures your applications remain free of any arc damage. Besides the well-known symmetric bipolar output function (Fig.1), the extraordinary function of asymmetric bipolar output (Fig.2) with two independent DC power supplies has been successfully developed and included as well. The new concept to control the real instant kinetics of your application provides you more opportunities to obtaining the optimized final solution.


Figure 1


Figure 2